Highly motivated and detail-oriented Data Science enthusiast with a strong foundation in computer science and hands-on experience in data analysis, machine learning, and programming (Python, C, SQL). Passionate about using data to improve business performance and customer experience. Skilled at leveraging data to develop actionable solutions to business challenges, utilizing data mining, and data visualization to create meaningful insights. Currently working as a Data Analyst intern at Foundever, refining technical skills and collaborating on data-driven solutions. Excels at transforming complex data into actionable results and eager to pursue advanced studies to further contribute to the field.
Python programming
Data cleaning
Excel functions
Google analytics
Data mining
Machine learning
Predictive modeling
Data wrangling
Problem-solving aptitude
Effective communication
Time management abilities
MongoDb (Mongodb course providing various certificates in CRUD Operations, Atlas search, Data modeling, etc.)
An intensive training program in machine learning, covering essential concepts, algorithms, and applications conducted by "Cognibot". Gained hands-on experience with popular libraries such as TensorFlow and Scikit-learn, and developed proficiency in model building, evaluation, and deployment. Enhanced skills in data preprocessing, feature engineering, and statistical analysis, preparing for real-world data challenges. Also worked on the project Fake News Detection in this course.
Completed a rigorous boot camp focused on SQL and Python for data analysis and manipulation conducted by "IMARTICUS LEARNING". Developed strong skills in querying databases, data cleaning, and data visualization. Gained handson experience with key libraries such as Pandas and NumPy, enabling effective data-driven decision-making. Prepared to apply these skills in real-world scenarios to solve complex data challenges. Also worked on the mini project in Diabetes prediction in this course.
To predict if the news article from the data pool is real or fake by using measures like TF(Term Frequency) and IDF(Inverse Document Frequency). It presents the analysis using various classifiers like Passive aggressive Classifier, Naive Bayes, Random forest, SVM, Logistic regression, Decision tree Classifier, and Stochastic Gradient Descent. The model providing the highest accuracy for the Testing data is implemented.
To predict if the individual has early stage Diabetes using a pool of input data and predict using Machine learning algorithms like K nearest neighbor, Logistic Regression, Random Forest, and SVM. It then chooses the model which provides the highest accuracy by using the Testing data
It is to enhance E-commerce operations and also to protect privacy by integrating RL techniques, Q-learning, and PPO to maximize the results while adhering to proximal constraints. Homomorphic encryption is used to ensure sensitive data is protected. This project is currently under further development and also a Research paper supporting this project is being published in IEEE journal.
MongoDb (Mongodb course providing various certificates in CRUD Operations, Atlas search, Data modeling, etc.)
Oracle Cloud Infrastructure Foundations (Gained hands-on experience in cloud computing concepts, architecture, and services, including compute, storage, and networking through this course. Developed skills in deploying and managing cloud resources, enhancing my understanding of cloud security and best practices with a Practical exam.)
MathWorks (Course completion certificates in Machine Learning Onramp, Machine Learning with MATLAB, and MATLAB Onramp)